The top map shows areas with projected increasing human-wildlife overlap by 2070. In orange areas, human population density will increase, while species richness – the number of species present – will decrease; in purple areas, human population density and species richness will increase. The lower map shows where interactions will decrease. In green areas, human population density and species richness will decrease; in pink areas, human population density will decrease, while species richness will increase.
We found that Africa will have the largest proportion of land with increasing human-wildlife overlap (70.6%), followed by South America (66.5%). In contrast, Europe will have the largest proportion of land experiencing decreasing human-wildlife overlap (21.4%).
It is important to manage these interactions in ways that minimize negative impacts and maximize benefits. This is a key goal of the Global Biodiversity Framework that nations adopted in 2022 as a blueprint for conserving life on Earth and slowing the loss of wild species.
Our findings underscore the need to manage for coexistence between people and wildlife. Our research provides a broad understanding of where changes in human-wildlife overlap will occur in the future, including hot spots that will require more effective measures to improve human interactions with wildlife.
We found that Africa will have the largest proportion of land with increasing human-wildlife overlap (70.6%), followed by South America (66.5%). In contrast, Europe will have the largest proportion of land experiencing decreasing human-wildlife overlap (21.4%).
It is important to manage these interactions in ways that minimize negative impacts and maximize benefits. This is a key goal of the Global Biodiversity Framework that nations adopted in 2022 as a blueprint for conserving life on Earth and slowing the loss of wild species.
Canada's carbon emissions declined slightly in 2023 from the previous year but need to fall much faster to meet Ottawa's 2030 climate target, the Canadian Climate Institute think-tank said
A storm system that has wreaked havoc across central Europe brought devastating floods to the northern Italian region of Emilia-Romagna on Thursday for the second year in a row,